Traditional Electric Vehicles Research Articles

Simultaneous Wireless Power/Data Transfer for Electric Vehicle Charging

The major drawback of the battery charging in traditional electric vehicles is the use of plug-in charging devices. The aim of this paper is to propose a wireless battery charging method, in addition to power transfer, data related to battery status, vehicle ID code, or emergency messages can be simultaneously transferred between the grid and vehicle. This work applies inductive power transfer to complete the charging system. The proposed control system can monitor the operating status on the secondary (vehicle) side in real time and adjust charging current depending on the battery status. Furthermore, the proposed mechanism is able to make an immediate stop, if there is any contingency, such as overcharging voltage or current. This will be beneficial to efficient and safety concern during the charging process.

Design of a Secure Electric Vehicle Charging Pile Control Device

This paper has designed a secure electric vehicle charging pile control device according to such security problems as the traditional electric vehicle charging pile control devices transmission data can be illegally intercepted easily in electrical communication process. The electric vehicle charging pile control device has used advanced data encryption technology, increased secure storage unit, which can prevent transmission data being intercepted or falsified illegally in electrical communication process effectively, so as to ensure datas integrity and confidentiality. Therefore, it has great practical value.